Cobot components are end-of-arm tools and accessories designed to work with collaborative robots on the factory floor. They attach to the robot arm and enable specific tasks across a range of applications. Robotiq's component lineup includes adaptive grippers, vacuum grippers, a wrist camera, force torque sensor, force copilot, and tactile sensor fingertips, each designed to handle tasks such as picking and placing parts, inspecting assemblies, or sensing force, and a range of other manufacturing applications.

A cobot workcell is a ready-to-deploy workspace where a collaborative robot and its components work together to perform a specific manufacturing task. Robotiq offers workcells built around the most common applications on the factory floor, including palletizing, machine tending, and screwdriving. Each workcell is designed to be compact, repeatable, and straightforward to integrate into an existing production line, so teams can go from receiving hardware to a working application in days rather than months.

With Robotiq cobot components, a functional workcell can often be operational within days of receiving the equipment. The key factors are the complexity of the task and how well-defined the application is. Highly repetitive, structured tasks, such as tightening the same set of screws on a standard product, are generally the fastest to deploy and validate.

Yes. Cobot components are designed to be modular and interoperable. A single workcell can combine a screwdriving component, an adaptive gripper, a wrist camera for inspection, and a tool changer, allowing the robot to perform multiple tasks within a single automated station. This modularity allows manufacturers to start with single functionality and expand gradually without having to rebuild the cell from scratch.

Cobot components perform best on tasks that are repetitive and physically demanding for human operators. Ideal applications include driving screws at fixed locations on a product, gripping and placing electronic circuit boards, and end-of-line inspections. These tasks combine a high cycle count with precision requirements, exactly where cobots equipped with the right components offer the greatest benefits in terms of ergonomics and productivity.

The payback period for cobot automation using gripping and screwdriving components typically ranges from one to two years, depending on labor costs, work schedules, and production volume. The main factors are labor savings achieved through the automation of repetitive tasks, reduced risk of ergonomic injuries, and improved throughput consistency. Manufacturers also report secondary benefits, including easier reassignment of operators to higher-value-added tasks and faster onboarding of new employees.

No specialized training in robotics is required. Cobot components are designed to be accessible, and URCaps (software part of the products on UR cobots) allow engineers and technicians to program and adjust tasks through intuitive interfaces. Most manufacturers find that existing staff can learn to deploy, modify, and maintain cobot workcells using cobot components with minimal external support.